HV 110kV XLPE Insulated Power Cable High Voltage STA For Power Distribution

Basic Properties

Place of Origin: Hebei，China

Brand Name: XLPE Insulated Power Cable

Certification: ISO9001, CE, CCC, RoHS, VDE, cUL, CSA

Trading Properties

Minimum Order Quantity: To be negotiated

Price: To be negotiated

Payment Terms: ,L/C,T/T

Supply Ability: 100KM/Week

XLPE Insulated Cable

XLPE Insulated Wire

XLPE Power Cable

Specifications

Model:	XLPE Insulated	Conductor Material:	Copper
Insulation Material:	PVC/XLPE	Jacket:	PVC/LSZH/LSOH
Voltage:	6.35/11kV	Armouring:	SWA
High Light:	HV 110kV XLPE Insulated Power Cable , XLPE Power Cable High Voltage

Product Description

HV 110kV XLPE Insulated Power Cable High Voltage STA For Power Distribution

Application

‌110kV cables‌ are high-voltage power transmission systems insulated with ‌cross-linked polyethylene (XLPE)‌. Their primary applications include:

‌Urban Power Grid Transmission and Distribution‌:Deployed in urban core areas to transmit electricity over medium-to-long distances, particularly in densely populated modern cities with high power demand；
‌Connecting Power Plants and Substations:Serve as backbone transmission lines between power generation facilities (e.g., thermal, hydroelectric, and renewable energy plants) and 110kV substations, enabling efficient large-capacity energy transfer.
‌Integration with Small Substations:Used as feeder cables in 35kV–110kV substations to interconnect substations with local distribution networks.
‌Reducing Energy Loss:Engineered with ‌copper/aluminum conductors‌ (cross-sectional area: 50–2000 mm²) and XLPE insulation to minimize transmission losses over long distances, improving grid efficiency.

Construction

1.Conductor

2.Conductor screen

3.XLPE insulation

4.Insulation screen

5.Semiconducting tape

6.Copper wire screen

7.Aluminum laminated tape

8.PE or PVC outer sheath (Graphite coating or extruded semiconducting)

Description

Voltage Rating (Uo/U)(Um) : 64/110 kV
Temperature Rating: Short Circuit Temperature: +250°C
Operating Temperature: -30°C to 90°C
Minimum Installation Temperature: -20°C

Tecnical Data

Parameter category	Parameter item	parameter values
configuration parameter	electric conductor	Material: copper core (cross-section range: 630~1600mm²)
	External diameter of conductor	30.0~56.5mm (The larger the section, the increasing the outer diameter)
	insulating course	Material: Cross-linked polyethylene (XLPE), thickness of 16.5±0.5mm
	Conductor shielding layer	Thickness of 1.2mm (semi-conductive material)
	insulation screen	Thickness of 1.0mm (semi-conductive material)
	metallic sheath	Wrinkle aluminum sheath (2.0±0.2mm) (double galvanized steel strip, 0.5~0.8mm)
	oversheath	Material: flame retardant polyvinyl chloride (PVC) or polyethylene (PE), thickness of 4.5±0.2mm
Electrical parameters	20℃ conductor DC resistance	0.0754~0.009 Ω / km (the larger the section, the lower the resistance)
	90℃ conductor AC resistance	0.097~0.0142Ω/km
	capacity value	134-282 p F/m (increased with increasing cross-section)
	Power frequency pressure test	64 / 110kV (factory test)
	Local discharge performance	At 5pC(1.5U₀ under-voltage)
Mechanical and laying parameters	minimum bending radius	12 x cable outer diameter (armor layer requirement)
	Allow working temperature	Long-term: 90℃, short circuit (within 5 seconds): 250℃
	Laying ambient temperature	≥0℃
Vehicle flow reference	Flow rate in single return air	Section 630mm²: 1010A; section 1600mm²: 1690A (ambient temperature 40℃, soil thermal resistance 1.0m · ℃ / W)
Vehicle flow reference	Load flow rate of directly buried laying	Section 630mm²: about 800A; section 1600mm²: about 1300A (buried depth 1m, ground temperature 35℃)